John Vianney Tushabe

About John Vianney

Team lead of the Bioinformatics, Data Science and Synthetic Biology Laboratory in the Department of Biomedical Sciences and Engineering, and a research team member in several other departmental laboratories, under the FAST Research Agenda 2026-2030.

Qualifications

Selected publications

Projects

2D/3D Model Reconstruction for Rehabilitation Engineering: Design, Development and Implementation of a 2D/3D Calibration and Reconstruction Tool for Patient-Specific 3D Models

3D4Education: Design, Development and 3D Printing of Educational Anatomical Organ Models for Medical and Health Professions Education

3D4Rehabilitation: Design, Development and 3D Printing of Prosthetic and Orthotic Devices

AI for Clinical Decision Support: Design, Development and Evaluation of Artificial Intelligence Systems for Clinical Decision Support

Clinical NLP Pipeline: Design, Development and Evaluation of a Natural Language Processing Pipeline for Clinical Notes

Computational Modelling and Prediction of Drug Resistance, Drug Response and Adverse Drug Reactions

Design and Development of a Malaria rapid test chip

Design and Development of a Smart Wearable Belt for Non-Invasive Fetal Distress Risk Detection and Maternal–Fetal Monitoring (Opolotstephen)

Design and Development of a Voice-Controlled Intelligent Assistive System for People with Limited Mobility

Development of a Genomic Sequencing and Bioinformatics Platform for Pathogen, Human and Biomedical Research

Development of a Low-Cost Portable Biosensor for Rapid Aflatoxin Detection in Food and Agricultural Products

Development of a Thermal Image Generation and Analysis Pipeline for Biomedical Screening, Physiological Monitoring and Diagnostic Decision Support

Development of an Adaptive Biosensing Digital Twin for Real-Time Physiological Monitoring, Prediction and Personalised Health Decision Support

Development of an Integrated Epidemiological Modelling and Outbreak Intelligence Platform for Prediction, Simulation and Decision Support in Uganda

Low-Field MRI: Development and Translation of a Low-Cost Low-Field Magnetic Resonance Imaging System for Resource-Constrained Healthcare Settings

Multimodal Image Analysis Pipeline (MIAP): Design, Development and Evaluation of an Integrated Platform for Multimodal Biomedical Image Analysis

VR4BME: Design, Development and Evaluation of a Virtual Reality Training Platform for Enhancing Biomedical Engineering Education

VR4Clinicians: Development and Training of Clinicians Using Virtual Reality (VR) Platform

Supervision

Teaching and research

Research groups and units